How Manufacturing Relocation to Eastern Europe Will Pull R&D and Engineering East as Well

The Manufacturing Shift Is Already Underway

Over the past years, more and more Western European companies have started moving real production east. Not outsourcing, not subcontracting, but physically relocating assembly lines, factories and manufacturing capacity to countries in Eastern Europe. What used to be small pilot projects has turned into a stable operational model for many industries.

The BMW Group is establishing a major, full-scale vehicle manufacturing plant in Hungary, which serves as a cornerstone for the production of their upcoming electric vehicle models. The facility, which officially opened in late 2025, is recognised as the company’s most innovative production site and is designed to operate entirely without fossil fuels. While in Germany they are reducing production lines. 

Bosch is currently undergoing a significant restructuring of its global production network, characterised by a major reduction of, and investment decline in, its German manufacturing footprint alongside a strategic expansion of production capabilities in Poland.

The reasons are mostly pragmatic. Regulatory pressure in Western Europe keeps increasing, administrative procedures become heavier every year, and even simple changes in production often require long approval cycles. In Eastern Europe, the environment is different: fewer formal barriers, lower operational costs, and a more flexible attitude towards industrial development. For many companies, the balance between cost, quality and speed simply works better there.

Quality is no longer the main concern it used to be ten or fifteen years ago. The technical level of suppliers, operators and local infrastructure has grown significantly. In many cases, companies manage to keep the same standards while gaining more freedom in how production is organised and scaled. This combination — similar quality with less friction — is what really drives the shift.

What Still Remains in the West

Even though production has moved east, most of the “brain” of these companies is still firmly in Western Europe. Brands remain headquartered in their countries of origin. Research and development centers, engineering teams, and product design departments continue to operate near corporate offices. These functions are tied to the networks, universities, and ecosystems that originally built the company’s technical advantage.

This creates a split model that many companies are living with today. Production takes place hundreds, sometimes even a thousand kilometers away, while the engineers and design teams stay in the West. Messages, reports, and video calls try to bridge the gap, but it’s not the same as being on the floor. Decisions get delayed, small problems turn into bigger ones, and solving them takes longer than it would if the teams were in the same place. For now, companies manage with this setup, but the strain between where things are built and where they’re designed is becoming harder to ignore.

Why This Model Is Not Sustainable

When engineering teams are hundreds of kilometers away from production, problems appear that no report or video call can catch. Even if a component meets all specifications, it may still cause headaches during assembly. Workers sometimes create unofficial solutions on the spot, and engineers only notice weeks later, which can push timelines back.

The separation also makes quick improvements almost impossible. If a design change is needed, engineers have to wait for feedback, and production has to pause or adapt without full guidance. Costs go up, timelines stretch, and sometimes mistakes get repeated simply because no one can see the situation in real life. Being physically close to the manufacturing process allows engineers to test, adjust, and refine in real time, which is essential for complex products. Being far from the factory means that little problems build up over time, and solving them takes much longer than it would on-site.

The Next Shift: Engineering Will Follow Manufacturing

Over the next few years, more engineers and R&D centers are going to start moving closer to the factories. At first, it will probably be just a handful—people who need to test things or tweak designs on the spot. But as time goes on, whole teams will settle near the production lines.

The headquarters and brand offices will usually stay put. Marketing, strategy, and corporate decisions won’t move. But the engineers who actually handle design, figure out why something doesn’t fit, or adjust processes will be right there on the floor. Being nearby means they notice problems immediately, can fix them without waiting for a report, and talk directly with the people running the machines. Things that used to take weeks can now be solved in hours.

The Human Challenge Behind the Shift

The real problem isn’t the factories or the equipment—it’s the people. Good engineers are hard to find, and even when you find them, convincing them to move isn’t easy. Families, routines, schools for kids, life built in one place—these are real reasons why many specialists say no to relocation.

Hiring locally helps, but it’s slow. You have to deal with different languages, habits, and ways of working. Even after someone starts, it takes a while to understand the machines, the line, and the quirks that don’t show up on paper. Meanwhile, the production line is already running, and any delay in understanding creates bottlenecks that nobody can ignore.

Bridging the Gap Between Planning and Production

Even after moving production to Eastern Europe, engineers cannot stay far away from the factories entirely. Calculations, planning, and project oversight can be done remotely. Machine setup, assembly checks, and troubleshooting have to be done on the factory floor.

A practical approach is using a full cycle engineering platform that connects experienced engineers directly to projects. Specialists with 10–20 years of experience can join a line immediately, review calculations, guide local teams, and troubleshoot problems.

Remote engineers monitor workflow and coordinate steps using project management and team collaboration tools that are part of the platform They check designs, track progress, and spot potential problems early. Local engineers who are flexibly onboarded to projects when necessary act only when hands-on work is needed—assembling parts, tuning machines, or running tests. Most of them are based near the production sites and speak the same language as the teams on the floor.

This system does not remove all challenges. Remote engineers deal with research and development, planning and coordination. Local specialists step in when something has to be done in person and by hand. That way, decisions don’t drift away from what’s happening on the floor.

A New Industrial Operating Model

Moving a factory east is just the first step. Engineers still need to be close enough to adjust machines, fit components, and test assemblies. Not every engineer needs to move. Planning and calculations can be done remotely, while physical tasks stay at the factory.

Using a platform model splits tasks clearly. Remote engineers do subject matter research, plan, review designs, and coordinate the workflow. Local engineers assemble parts, integrate and test systems, and fix problems as they appear. This keeps the line running and ensures that decisions made in planning are implemented correctly on the floor.

When something goes wrong, the people on the floor deal with it. A part doesn’t fit, a setting is off — they fix it and the engineers working remotely change the drawings or numbers if needed.

One remote specialist can follow several projects at once, reviewing updates and staying in contact with the plant. The people on site focus on the physical work. No need to move anyone, as the platform has a full network of experienced engineers who can be easily onboarded to any project fast.

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